Toxicity tests of Magnolia biondii Pamp volatile oil nanometer bangosome
- VernacularTitle:辛夷挥发油纳米脂质体的毒性研究
- Author:
wei-wei, LU
;
min, WU
;
zheng-jun, XI
;
jun-yu, YAO
- Publication Type:Journal Article
- Keywords:
nanometer bangosome;
Magnolia biondii Pamp volatile oil;
acute toxicity test;
subacute toxicity test;
nasal membrane
- From:Journal of Shanghai Jiaotong University(Medical Science)
2006;0(06):-
- CountryChina
- Language:Chinese
-
Abstract:
Objective To investigate the acute toxicity, subacute toxicity, nasal membrane local toxicity of the Magnolia biondii Pamp volatile oil nanometer bangosome. Methods Kunming mice and SD rats were selected as experimental material. Kunming mice were used in the acute and subacute toxicity tests by intragastric administration of Magnolia biondii Pamp volatile oil nanometer bangosome with different dosage and different time, and SD rats were used in the nasal membrane local toxicity test by nose dropping, while the control group was treated with intragastric administration of or nose dropping with normal saline for the same dosage. The treatment course lasted fifteen days. At the end of the tests, the general condition, routine blood test, function index of live and kidney, organ humid weight index, histological changes of liver and kidney and ultra microstructure change of rat nasal membrane were obtained and compared with the control group. Results In the acute toxicity test, the daily maximum tolerant dosage by intragastric administration was equal to 222.7 times of the clinical routine, with no marked toxic reaction. In the subacute toxicity test, the general condition, blood test, organ humid weight index and histological changes of live and kidney in different dosage groups were similar to the control group. While in the function index of live and kidney, uric acid was stepped down in the middle and large dose groups, and total bilirubin was decreased in the large dose group. The nasal membrane local toxicity test revealed that there was little change in the ultra microstructure of rat nasal membrane.Conclusion The Magnolia biondii Pamp volatile oil nanometer bangosome may have little toxicity by intragastric administration and nose dropping.
